TELESTE AC AMPLIFIER MODULES AC 6110 INPUT MODULE AC6110 is an input module with 0 db attenuation. Supports frequencies up to 1.2 GHz. 0 db jumper module to be used as an input module in AC-amplifier platform products Connects the input signal to amplifier circuits AC 6136 High gain return amplifier with 35 db and adjustable controls for Teleste's AC platforms. Gain and slope controls use step attenuators with rotary switches Status of control elements easily observed in the front panel Lower operation modes enabled with inter-stage gain control Internal temperature compensation Return path signal testing possible with transponder module Frequency range MHz 5...65 Return loss db 22 Gain db 35 Gain control range db 0...-7.5 Mid-stage gain control db 0...-7.5 Equaliser control range db 0 / -8 / -16 Flatness db ±0.5 Noise figure db 4.0 Output level, DIN 45004B dbμv 116.0 Second order level (-60 dbc) dbμv 105.0 Current consumption (12 Vdc) ma 145 Dimensions HxWxD mm 78 x 51 22 AC 6158 An intelligent ALSC module for automatic gain and slope adjustment for AC1500/2500 amplifiers. It supports Remote Ingress Switching (RIS) functionality. Full 2-pilot ALSC User configurable pilot frequencies and pilot types Automatic learning of pilot target levels Manual control of amplifier gain and slope RIS (Remote Ingress Switching) receiver with automatic scanning Local ingress switch control Intelligent temperature compensation for ground and aerial cabling No extra gain loss
AC 6188 An intelligent MLSC module for manual gain and slope adjustment for AC1500/2500 amplifiers. It supports Remote Ingress Switching (RIS) functionality. Manual control of amplifier gain and slope RIS (Remote Ingress Switching) receiver with automatic scanning Local ingress switch control Intelligent temperature compensation for ground and aerial cabling No extra gain loss AC 625X RETURN PATH MODULES AC625x modules are used on return path channel in AC/ACE series amplifiers. These modules contain slope adjustment, low pass filtering and response correction. AC6250/-51/-52 are used in AC1500/2500 amplifiers AC6254/-55/-56/-57 are used in AC3010/3210/ACE3 amplifiers AC625X RETURN PATH MODULES AC6250 5...65 MHz AC1500 & AC2500 AC6251 5 85 MHz AC1500 & AC2500 AC6252 5 204 MHz AC1500 & AC2500 AC6254 5 65 MHz AC3x10 & ACE AC6255 5 85 MHz AC3x10 & ACE AC6256 (3 db base slope) 5 204 MHz AC3x10 & ACE AC6257 (0 db base slope) 5 204 MHz AC3x10 & ACE PARAMETERS Current need ma < 2 Dimensions mm 42 x 37 x 11 AC 6915 RIS RECEIVER AC6915 is a RIS receiver module for remote control of ingress switches. It is compatible with intelligent 1.2 GHz ACx and ACE amplifiers. Compatible with AC3010, AC3210 and ACE3 amplifiers Plug-in unit with no additional cables Front panel led for RIS status RIS (Remote Ingress Switching) receiver with automatic scanning 0 db / -6 db / <-50 db ingress switch control RIS DATA LINK Data rate bps 9380 Modulation method FSK, f = ±25 khz Channel bandwidth MHz 0.2 Downstream frequency range MHz 115...130 and 245...260 Scanning step MHz 0.25 Recommended carrier level at amp output dbμv 90...105 GENERAL Power consumption W 0.2 Dimensions mm 68 x 55 x 9 Operating temperature range see platform specifications
AC 6918 ALSC UNIT WITH RIS RECEIVER AC6918 is a pilot measurement module for enabling automatic gain and slope control. It is compatible with intelligent 1.2 GHz ACx and ACE amplifiers. Compatible with AC3010, AC3210 and ACE3 amplifiers Plug-in unit with no additional cables Front panel leds for RIS and ALSC status Fast and accurate level measurement unit can measure any forward pat h channel level with selectable peak / average detection ALSC pilot frequencies are user programmable with automatic reserve pilot switching; full gain and slope control with two pilots, automatic switching to gain -only control with only one pilot Does not support plug-and-play single button automatic alignment. Forward path output levels should be first adjusted manually before enabling ALSC. Return path can then be automatically aligned. RIS (Remote Ingress Switching) receiver with automatic scanning 0 db / -6 db / <-50 db ingress switch control PILOT MEASUREMENT AND ALSC Measurement range MHz 160...1218, 0.25 MHz steps Measurement bandwidth MHz 0.6 Measurement inaccuracy db < 1.0 Dynamic range dbμv 80...115 Pilot type Analog / Digital RIS DATA LINK Data rate bps 9380 Modulation method FSK, f = ±25 khz Channel bandwidth MHz 0.2 Downstream frequency range MHz 115...130 and 245...260 Scanning step MHz 0.25 Recommended carrier level at amp output dbμv 90...105 GENERAL Power consumption W 0.5 Dimensions mm 80 x 55 x 20 Operating temperature range see platform specifications AC 6952 Element management transponder with forward and return path level measurement unit and ALSC controller. Compatible with Teleste AC500, AC800, AC1000, AC2000 and AC8000 platforms. AC6952 replaces AC6951 transponder and can be plugged into any AC platform equipped with compatible transponder slot. Compatible with AC500, AC800, AC1000, AC2000 and AC8000 platforms Plug-in unit with no additional cables Electrical gain and slope control of forward path plug-in modules Return path ingress switch ON / -6 db / OFF control Remote powering AC voltage measurement Local DC voltage and temperature measurements Optical receiver input power measurement Optical transmitter laser current measurement and pilot ON / OFF control Lid status monitoring with light sensor and local connection indication
RF MODEM Data rate Bps 38400 Modulation method FSK, Δf = 67 khz Channel bandwidth khz 400 Downstream frequency range MHz 80 155 Upstream frequency range MHz 5 45 Frequency raster MHz 0.1 Frequency inaccuracy khz < 10 Downstream input level range dbμv 50...90 Upstream output level range dbμv 75...104 Transmit power delta ( 0 vs. 1 ) db < 1 Transmitter spurious (Tx on) dbc < -55 Transmitter spurious (Tx off) dbμv < 25 Off state attenuation db > 60 INTERNAL MEASURES AC voltage measurement inaccuracy V < 5 % + 1 DC voltage measurement inaccuracy V 0.2 Temperature measurement inaccuracy C < 2 FORWARD PATH RF LEVEL MEASUREMENTS: ALSC AND SPECTRUM ANALYSER Forward path measurement range MHz 50 1000, 0.25 MHz steps Measurement inaccuracy db < 1.0 Dynamic range dbμv 80 120 Analog / QAM RETURN PATH RF LEVEL MEASUREMENTS: INGRESS BUSTER Return path measurement range MHz 5 85, 0.25 MHz steps Measurement inaccuracy db < 1.5 Dynamic range dbμv 15 75 Signal / Noise HMS MODE Supported SNMP protocol SNMPv1 GENERAL INFORMATION Power consumption W 2.3 Supply voltages V +12 V / 70 ma Connectors, Service port USB mini-b 14 Dimensions H x W x D mm 122 x 52 x 21 Weight kg 0.2 Operating temperature range C -20...+70
AC 6112 TAP MODULE AC6112 is a 1.5/12.0 db tap module with supported frequency range of 5...1006 MHz. When used at the input of the amplifier the tap port is connected to the gain circ uits and the low loss port (feed through) is connected to the bypass output At the output of an amplifier the low loss port is available at Out 1 and tap port at Out 2 In AC8000 platform, the low loss port at the Out 2 and the tap port at the Out 3 Frequency range MHz 5 1006 Through loss attenuation, 50 MHz db 0.6 Through loss attenuation, 1000 MHz db 1.5 Tap attenuation, 50 MHz db 12.0 Tap attenuation, 1000 MHz db 12.0 AC 6113 TAP MODULE AC6113 is a 2.0/8.5 db tap module with supported frequency range of 5...1218 MHz. AC 6114 TAP MODULE AC6114 is a 2/12 db tap module with supported frequency range of 5...1218 MHz. Frequency range MHz 5 1218 Return loss db 18 Through loss attenuation, 50 MHz db 1.5 Through loss attenuation, 1218 MHz db 2.1 Tap attenuation, 50 MHz db 12.0 Tap attenuation, 1218 MHz db 12.0 Flatness ± 0.5 AC 6115 TAP MODULE AC6115 is a 1/16 db tap module with supported frequency range of 5...1218 MHz. Frequency range MHz 5 1218 Through loss attenuation, 50 MHz db 0.5 Through loss attenuation, 1218 MHz db 1.0 Tap attenuation, 50 MHz db 15.9 Tap attenuation, 1218 MHz db 16.1 Flatness ± 0.4
AC 6116 TAP MODULE AC6116 is a 1.0/16.0 db tap module with supported frequency range of 5...1006 MHz. When used at the input of the amplifier the tap port is connected to the gain circuits and the low loss port (feed through) is connected to the bypass output At the output of an amplifier the low loss port is available at Out 1 and tap port at Out 2 In AC8000 platform, the low loss port at the Out 2 and the tap port at the Out 3 Frequency range MHz 5 1006 Through loss attenuation, 50 MHz db 0.6 Through loss attenuation, 1000 MHz db 1.0 Tap attenuation, 50 MHz db 15.8 Tap attenuation, 1000 MHz db 16.0 AC 6119 TAP MODULE AC6119 is a 1.0/20.0 db tap module with supported frequency range of 5...1006 MHz. When used in amplifier input, the tap port is connected to the gain circuits and the low loss port (feed through) is connected to the bypass output When used in amplifier output,r the low loss port is available at Out 1 and tap port at Out 2 In AC8000 platform, the low loss port at the Out 2 and the tap port at the Out 3 Frequency range MHz 5 1006 Through loss attenuation, 50 MHz db 0.6 Through loss attenuation, 1000 MHz db 1.0 Tap attenuation, 50 MHz db 20.1 Tap attenuation, 1000 MHz db 20.0 AC 6120 OUTPUT MODULE AC6120 is a output module with 0 db attenuation. Supports frequencies up to 1.2 GHz. 0 db jumper module to be used as an output module in AC-platform products Connects the signal to the main output (Out 1 in AC-amplifier platforms)
AC 6124 SPLITTER MODULE AC6124 is a 2 x 4 db splitter module with supported frequency range of 5...1218 MHz. Used at input or output of optical nodes and amplifiers. When used in amplifier input, the tap port is connected to the gain circuits and the low loss port (feed through) is connected to the bypass output When used in amplifier output,r the low loss port is available at Out 1 and tap port at Out 2 In AC8000 platform, the low loss port at the Out 2 and the tap port at the Out 3 Frequency range MHz 5 1218 Attenuation, 50 MHz db 3.4 Attenuation, 1218 MHz db 4.1 Flatness ± 0.4 AC 6128 TAP MODULE AC6128 is a 2.0/9.0 db tap module with supported frequency range of 5...1006 MHz. When used at the input of the amplifier the tap port is connected to the gain circuits and the low loss port (feed through) is connected to the bypass output At the amplifier output, the low loss port is available at Out 1 and tap port at Out 2 With the AC8000 platform the low loss port is available at Out 2 and the tap port at Out 3 Frequency range MHz 5 1006 Attenuation, 50 MHz db 1.3 Attenuation, 1000 MHz db 2.0 Tap attenuation, 50 MHz db 8.6 Tap attenuation, 1000 MHz db 8.9 Isolation db > 16 AC 6223 PASSIVE INGRESS BLOCKER PB F >16 MHZ This plug-in module is designed to be used in AC-series distribution amplifiers. It filters out the lowest frequency band of the upstream channel. Lower ingress level guarantees the safe operation of the EMS transmission and prevents the overloading of return path laser transmitter. This module is planned to be placed at the input of upstream signal path instead of input attenuator pad.
AC 6313 POWER SUPPLY KIT AC6313 is a complete, remote powered 65 VAC power supply kit for Teleste optical nodes and amplifiers. Complete kit for replacing the existing PSU with a new one Includes all necessary accessories Can be used in optical nodes and amplifiers (AC500/AC800/AC810/AC1000/AC2000/AC3000/AC3200/AC1500/AC2500/AC3010/ AC3210) Input voltage V 27...65 AC Efficiency > 75 % Output voltage 1 V 24 DC, 1400 ma max. Output voltage 2 V 12 DC, 900 ma max. Ripple voltage mv < 20 Safety EN 60728-11 Mechanics Fits into the ACx housing AC 6314 POWER SUPPLY KIT AC6314 is a complete, local powered 230 VAC power supply kit for Teleste optical nodes and amplifiers. Complete kit for replacing the existing PSU with a new one All necessary accessories included Included UK plug in AC6314 UK Can be used in optical nodes and amplifiers (AC500/AC800/AC810/AC1000/AC2000/AC3000/AC3200/AC1500/AC2500/AC3010/ AC3210) Input voltage V 205 255 AC Efficiency > 75 % Output voltage 1 V 24 DC, 1400 ma max. Output voltage 2 V 12 DC, 900 ma max. Ripple voltage mv < 20 Safety EN 60728-11 Mechanics Fits into the ACx housing AC 6320 POWER SUPPLY KIT AC6320 is a complete, remote powered 90 VAC power supply kit for Teleste optical nodes and amplifiers. Complete kit for replacing the existing PSU with a new one Includes all necessary accessories Can be used in optical nodes and amplifiers (AC500/AC800/AC810/AC1000/AC2000/AC3000/AC3200 AC1500/AC2500/AC3010/AC3210)
Input voltage V 40 90 AC Efficiency > 75 % Output voltage 1 V 24 DC, 1400 ma max. Output voltage 2 V 12 DC, 900 ma max. Ripple voltage mv < 20 Safety EN 60728-11 Mechanics Fits into the ACx housing AC 6981 DOCSIS TRANSPONDER AC6981 is a DOCSIS 3.1 frequency range compatible DOCSIS transponder. Compatible with 1.2 GHz ACx and ACE amplifiers and nodes. Compatible with 1.2 GHz platforms: AC3010, AC3210, AC8710, AC8810, AC9100, ACE3 and ACE8 Plug-in unit with no additional cables Lid status monitoring with light sensor Pushbutton for true Plug-and-Play: full automatic alignment of both forward and return path signal paths DOCSIS/EuroDOCSIS 2.0 transponder Remote monitoring and control of all parameters Remote update of transponder and platform embedded software Standard DOCSIS SNMP MIBs for DOCSIS management Amplifier/node management via SCTE HMS / Teleste enterprise MIBs Supports remote Teleste TSEMP management allowing more sophisticated management features such as measurement logging with CATVisor too ls COMMUNICATION Protocol DOCSIS/EuroDOCSIS 2.0 Downstream frequency range MHz 93...858 Upstream frequency range MHz 5...65 Downstream input level range dbμv 68...98 Equivalent forward path output level dbμv 84...114 Upstream output level range dbµv 67...117 Equivalent full gain return path input levels dbµv 30...80 FORWARD PATH RF LEVEL MEASUREMENTS: ALSC AND SPECTRUM ANALYSER Forward path measurement range MHz 50 1218, 0.25 MHz steps Measurement inaccuracy db < 1.0 Dynamic range dbµv 80 120 Analog/Digital RETURN PATH RF LEVEL MEASUREMENTS: INGRESS BUSTER Return path measurement range MHz 5 204, 0.25 MHz steps Measurement inaccuracy db < 1.5 Dynamic range dbµv 20 75 Analog / Digital GENERAL INFORMATION Power consumption W 3.8 Supply voltages V +12 / 280 ma +24 / 20 ma Dimensions (h x w x d) mm 80 x 52 x 21 Weight kg 0.2 Operating temperature range C see platform specifications ÊMC EN 50083-2
AC 6992 TRANSPONDER AC6992 is a DOCSIS 3.1 frequency range compatible CATVisor / HMS transponder. Compatible with 1.2 GHz ACx and ACE amplifiers and nodes. Compatible with AC3010, AC3210, AC8710, AC9100, ACE3 and ACE8 Plug-in unit with no additional cables Lid status monitoring with light sensor Pushbutton for true Plug-and-Play: full automatic alignment of both forward and return path signal paths Frequency agile SCTE 25-1 (HMS005) compatible RF modem with extended forward and return path frequency ranges Supports both CATVisor and HMS compatible MAC layer Allows remote monitoring and control of all parameters Remote download of platform embedded software RF MODEM Data rate bps 38400 Modulation method FSK, f = 67 khz Channel bandwidth khz 400 Downstream frequency range MHz 80...88 108...132 160...176 216...264 Upstream frequency range MHz 5...65 MHz Frequency raster MHz 0.1 Frequency inaccuracy khz < 10 Downstream input level range dbµv 60...90 Upstream output level range dbμv 75...104 Transmit power delta ( 0 vs. 1 ) db < 1 Transmitter spurious (Tx on) dbc < -55 Transmitter spurious (Tx off) dbμv < 25 Off state attenuation db > 60 FORWARD PATH RF LEVEL MEASUREMENTS: ALSC AND SPECTRUM ANALYSER Forward path measurement range MHz 50 1218, 0.25 MHz steps Measurement inaccuracy db < 1.0 Dynamic range dbµv 80 120 Analog/Digital RETURN PATH RF LEVEL MEASUREMENTS: INGRESS BUSTER Return path measurement range MHz 5 204, 0.25 MHz steps Measurement inaccuracy db < 1.5 Dynamic range dbµv 20 75 Analog / Digital RETURN PATH PILOT GENERATOR Number of pilots Up to 4 Pilot frequency range MHz 5 65, 0.1 MHz steps Pilot level range dbμv 75 100 Pilot level inaccuracy db < 1.5 Spurious tones dbc < -50 GENERAL INFORMATION Power consumption W 3.8 Supply voltages V +12 DC / 280 ma +24 DC / 20 ma Dimensions (H x W x D) mm 80 x 52 x 21 Weight kg 0.2 Operating temperature range C see platform specifications ÊMC EN 50083-2